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ScaleCloud
Kubernetes services practice

Run Kubernetes production-grade

ScaleCloud's Kubernetes services practice builds production-grade Kubernetes platforms with managed and self-managed clusters, multi-tenancy, autoscaling, GitOps delivery, and operator ecosystem — the cloud-native foundation for modern workloads.

200+
Clusters built
99.99%
Uptime
Zero
Upgrade downtime
30 days
First cluster
AKS/EKS/GKE Multi-Tenancy Autoscaling GitOps Operators Service Mesh Network Policies Pod Security
Multi-Tenant

Secure isolation for every team.

Autoscaling

Cluster and pod autoscaling by demand.

GitOps

Declarative, auditable cluster state.

Operators

Automate complex lifecycle with operators.

Multi-tenant
Autoscaling
GitOps
Operators
Kubernetes Control Plane
LIVE
0.00%
Clusters
0%
Pods
0.0K
Nodes
Cluster Throughput +24%
Delivery Pipeline
Provision
Configure
GitOps
Operate
Live Activity
24/7
cluster provisioned node auto-scaled pod scheduled policy enforced cluster provisioned node auto-scaled pod scheduled policy enforced
cluster 'prod-us-east' provisioned — 3 nodes1m
HPA scaled checkout-api 4→12 pods4m
cluster auto-scaler added 2 nodes7m
network policy 'deny-all-default' enforced11m
Clusters
200+
Managed + self
Pods
15K
Running
Nodes
800
Auto-scaled
Uptime
99.99%
SLA
Upgrades
Zero
Downtime
Density
8:1
Pods/node
Region Health
3/3 OK
prod-us-easthealthy
prod-eu-westhealthy
prod-ap-southscaling
1 · Full-Lifecycle Kubernetes Expertise

Full-lifecycle Kubernetes engineering expertise

From cluster foundation to production operations — select a lifecycle stage to see the focus areas, deliverables, and tooling we bring.

Stage 1 of 6Reference arch
Stage 1

Design

Reference arch

Design the Kubernetes platform architecture — managed vs self-managed, networking, and multi-tenancy.

Focus areas
  • Cluster design
  • Networking
  • Multi-tenancy
Deliverables
  • Reference architecture
  • Network model
  • Tenant model
Tooling
Architecture canvasCNI selectionTenant model
2 · ScaleCloud Kubernetes Services

Ten services across the K8s lifecycle

A complete Kubernetes practice — select a service to explore the outcomes and where it fits.

K8s Architecture & Design

Design cluster architecture — managed vs self-managed, networking, multi-tenancy.

Reference arch
What you get
  • Architecture
  • Networking
  • Tenancy
Explore capability
3 · Kubernetes Capability Ecosystem

Depth across every K8s domain

We deliver across the full Kubernetes portfolio — select a domain to see what it covers and where it fits best.

Cluster Foundation

7 services

Managed and self-managed clusters with landing zones and security baselines.

Services we deliver
AKS EKS GKE Self-managed Cluster API Landing zones Security baseline
4 · Enterprise Kubernetes Reference Architecture

A production-grade K8s architecture

Cluster, security, delivery, networking, observability, and operations layers. Select a layer to explore its components and design principles.

Architecture Layers

Security Layer

Zero-trust

RBAC, network policies, pod security, and admission control.

Components
RBACNetwork policiesPod securityAdmissionAuditSecrets
Design principles
  • Zero-trust
  • Least-privilege
  • Enforced
5–7 · K8s Design, Secure & Deliver

How we deliver Kubernetes services

Select a track to explore our approach — cluster design, security, and GitOps delivery.

Delivery tracks

Cluster Design & Provision

30-day first

Design and provision clusters with landing zones, networking, and security baselines.

What's included
  • Cluster architecture design
  • Managed vs self-managed decision
  • Landing zone provisioning
  • CNI and networking design
  • Node pool strategy
  • Autoscaling configuration
  • Security baseline
  • IAM integration
Tooling
TerraformCluster APIAKS/EKS/GKEIaC
Outcomes
Production clusters Landing zones Security baseline
8–11 · Kubernetes Capability Depth

Kubernetes capability depth

Seven capability areas with detailed features — select an area to explore each component and what it delivers.

Cluster Foundation

Managed & self-managed clusters.

Managed
  • AKS
    Azure K8s
  • EKS
    AWS K8s
  • GKE
    Google K8s
Self-Managed
  • Cluster API
    Declarative clusters
  • kubeadm
    Bootstrap clusters
  • RKE2
    Hardened K8s
Nodes
  • Node Pools
    Specialized pools
  • Spot/Preempt
    Cost-optimized
  • GPU Nodes
    GPU workloads
12 · Assessments to Get Started

Start with a focused K8s assessment

Three assessments that turn K8s ambition into a production-grade plan.

K8s Readiness Assessment

Assess K8s readiness, architecture fit, and team capability.

Duration: 2–3 weeksRequest Assessment

K8s Security Assessment

Assess cluster security, RBAC, network policies, and pod security posture.

Duration: 1–2 weeksRequest Assessment

K8s Cost & Density Assessment

Assess cluster density, rightsizing, and FinOps opportunities.

Duration: 1 weekRequest Assessment
13 · Kubernetes Outcomes

Outcomes our K8s engagements deliver

Zero-Trust Multi-Tenancy

Secure multi-tenant clusters with namespace isolation, network policies, and pod security for every team.

99.99% Uptime

Production-grade clusters with autoscaling, zero-downtime upgrades, and SLO-backed operations.

30–50% Cost Saved

Cluster density optimization, rightsizing, and FinOps that reduce K8s cost by 30–50%.

14 · Continue Across the K8s Ecosystem

Continue across the K8s ecosystem

Explore related services — select one to see its strengths and where it fits.

Platform Engineering

IDP and golden paths on K8s.

Key strengths
  • IDP
  • Golden paths
  • Self-service
Explore
15 · Insights From Our K8s Architects

Insights from our K8s architects

Field-tested perspectives on clusters, multi-tenancy, and GitOps — with author and read time.

K8s

Production-Grade K8s from Day One

How to build production-ready clusters with security, autoscaling, and GitOps from the start.

K8s Practice 9 min read
Read insight
Security

Multi-Tenancy Done Right

Namespace isolation, network policies, and pod security for true multi-tenant K8s.

K8s Team 8 min read
Read insight
Delivery

GitOps at Scale

Running ArgoCD across hundreds of clusters with progressive delivery and rollback.

K8s Team 7 min read
Read insight
Networking

Service Mesh in Production

When to adopt Istio vs Linkerd and how to roll out mTLS without downtime.

K8s Team 8 min read
Read insight
FinOps

K8s Cost Optimization

Rightsizing, density, and FinOps strategies to save 30–50% on K8s spend.

K8s Team 6 min read
Read insight
16 · Frequently Asked Questions

Answers to common Kubernetes questions

Kubernetes services cover the full lifecycle of running K8s in production — cluster design and provisioning (AKS/EKS/GKE or self-managed), security hardening, multi-tenancy, GitOps delivery, service mesh, observability, operations, and cost optimization.

K8s Readiness Score

Your Kubernetes readiness at a glance

33%
2 of 6 steps done
Ready to accelerate
Architecture Designed
Cluster Provisioned
Security Hardened
GitOps Live
Observability Deployed
Cost Optimized
  • Free 30-minute consultation
  • 30-day first cluster
  • NDA available on request
  • No obligation, no pressure
Speak with a K8s Architect
K8s architects available now

Ready to run K8s production-grade?

Book a consultation with our K8s architects and build production-grade clusters with multi-tenancy, GitOps delivery, and 99.99% uptime.

200+
Clusters built
99.99%
Uptime SLA
Zero
Upgrade downtime
15K
Pods running
Free 30-min consultation 30-day first cluster NDA on request

Build production-grade Kubernetes with multi-tenancy, GitOps delivery, service mesh, and 99.99% uptime across multi-cloud.

Design
Provision
Deliver
Operate
Book a Consultation

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